Autonomous “Drone Hunter”

About the project

The project focuses on the development of an autonomous aerial robot using onboard artificial intelligence to safely capture unauthorized drones in protected airspace. The solution combines advanced detection algorithms, trajectory prediction and a non-destructive net mechanism, allowing threats to be neutralized without destruction – a key requirement in civilian applications. The onboard systems are designed to operate even in environments with signal interference, ensuring continuous protection of critical areas such as airports and strategic infrastructure. The aim is to enhance the safety of airspace and open new opportunities for applying autonomous technologies in security and protection.

Key outcomes

• Autonomous drone system for safe capture of unauthorized UAVs

• Onboard AI software for detection, trajectory prediction and interception

• Remote management and control interface

• Registered industrial design and utility model

Impact and applications

While the main focus is on counter-UAV operations, the developed technologies have broader applications in autonomous robotics, logistics, security, and human–machine interaction. For Fly4Future, this project represents a step toward strengthening its position in global markets with high-end autonomous systems.

Application scenarios

The system supports several advanced deployment strategies for protecting large areas such as industrial complexes, borders, or public events.

• Scenario 1: The protected zone is divided into sub-areas, each assigned to a specific robot. This ensures continuous coverage and faster response to intrusions.

• Scenario 2: Multiple intruding drones can be intercepted simultaneously, with the system automatically distributing targets among available units for optimal efficiency.

• Cooperative capture: Several robots can coordinate to intercept a faster or more agile target, using strategies inspired by game theory and biologically driven swarm behavior.

These scenarios demonstrate the scalability and flexibility of the system, making it suitable for real-world civilian applications where reliability and safety are crucial.

Recognition & Partnerships

“Drone hunter” has been recognized at the European level as an example of an innovation with global relevance. The project brings together expertise from industry and research, supported by European funding programmes. Unlike military systems, it has been designed from the outset as a civilian technology, addressing the urgent need for safe and non-destructive counter-drone solutions. This recognition underlines not only the technological maturity of the system, but also its potential to strengthen the protection of critical infrastructure worldwide and to establish a competitive European presence in this rapidly growing market.

This project is co-funded by the European Union.